Shanghai study links land cover with relative summer surface heat
A four-summer Landsat study of Shanghai found that built-up land consistently occupied the warmest relative thermal positions, while NDBI made ...
A four-summer Landsat study of Shanghai found that built-up land consistently occupied the warmest relative thermal positions, while NDBI made ...
An abstract reports that 8.8%–14.1% of urban-core grids in four Chinese cities combined high surface heat with limited blue-green resources ...
A Shenzhen study combining Landsat data with AI analysis of 11,109 online reviews reveals non-linear links between wetland park cooling ...
A new GIS-based study maps where floods, landslides, and urban heat overlap in Dessie City, Ethiopia, and identifies the areas ...
Researchers propose a performance- and risk-aware framework that shifts urban tree selection from canopy quantity targets to long-term forest performance, ...
A systematic review reveals the physiological, molecular, and epigenetic mechanisms that help urban ornamental plants tolerate rising temperatures, offering a ...
New early-online studies from American Meteorological Society journals link a rare Santa Ana wind subtype to the January 2025 Eaton ...
A new editorial argues that remote sensing and AI can build genuine urban resilience only by linking observation to understanding, ...
Three leading neuroscientists argue in Nature Mental Health that environmental neuroscience must embrace causal evidence, ecological validity, and open science ...
A 26-year analysis of 854 European cities finds that 430,365 heat-related deaths occurred from 2000 to 2025, with the share ...
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© 2025 Scienmag - Science Magazine